In order to highlight the behaviour of the angularity distributions in different energy regimes, standard and groomed
angularities are considered in different jet transverse momentum bins. This will allow us, for instance, to better study the
impact of non-perturbative corrections, e.g. from the parton-to-hadron transition.
We note that, in order to avoid issues related to bin-migration, which greatly complicates the structure of the resummation
of the SoftDrop \(\beta =0\)  (modified MassDrop) angularities [1]}, we shall always choose the reference transverse momentum \(p_{T,\text{jet}}\) 
to be the one before grooming.
Our theoretical predictions, both the ones obtained with matrix-element improved parton showers and with all-order resummation
matched to fixed-order calculations, account for fiducial cuts and therefore can directly be compared to unfolded measurements.
